PPT-Intro. Relativistic Heavy Ion Collisions

Cross Sections and Collision Geometry The cross section Experimental Meaning Scattering Experiment Monoenergetic particle beam Beam impinges on a target Particles are scattered by target. 15. The Transuranium Elements. The Basics. 118 . known elements, 1-. 118. All elements beyond 92 man-made. Modern Periodic Table. New element names/symbols 114=Fl=. Flerovium. 116=. Lv. =. Livermorium. interesting ?. Interaction of heavy quarks with the plasma. . - . our model (elastic and inelastic collisions, LPM). . - comparison with data. . - how far we are with our understanding. . P. é. ter. Petreczky. . . Bielefeld, July 2013. Study of the strongly interacting matter and its new . “phases”. Past: . AGS, SPS, . E. cm. =(1-17) . He came from traditional nuclear physics, and is one of the few I know who made the transition to high energy heavy ion physics with a modern perspective.. People fall into three categories:. Those who make things happen.. . AGS. . -- . Heavy . Ion . P. rograms. Hideki Hamagaki. (. hamagaki_hideki@pilot.nias.ac.jp. ). Institute for Innovative Science and Technology. Nagasaki Institute of Applied Science. Contents. Introduction. PlasMA. Nonequilibrium. Dynamics. in Astrophysics and Material Science. YITP, Kyoto, Japan, Oct. 31-Nov. 3, 2011. Tetsufumi. Hirano. Sophia Univ./. the Univ. of Tokyo. Outline. Introduction. Physics of the quark gluon plasma. W. A. Horowitz. The Ohio State University. February 23, 2010. 16-Nov-10. 1. UCT Seminar. With many thanks to Brian Cole, . Miklos. . Gyulassy. , Ulrich Heinz, and Yuri . Kovchegov. Introduction. What is a heavy ion collision?. Shu Lin. Stony Brook University. 12/01/2009 Budapest. Outline. Basics of Relativistic Ideal Hydrodynamics and its applicability to Heavy Ion Collisions. Collisions. @ LHC ++. 1. One. central ALICE event for . Pb+Pb @ 2.76 . TeV.A. => E(. kin_total. )= 574 GeV . 0-5% central: . 25000 . particles. Relativistic. AA . and. . eA. . Collisions. 2. “versus” AdS/CFT. Perils, Pitfalls, Progress, Prospects. W.A. . Zajc. Physics Department. Columbia University, New York, NY. . ( . this talk available . at . http://. www.phenix.bnl.gov/phenix/WWW/publish/zajc/sp/presentations/Durham. with heavy-ions. Hou. . Keong. (Tim) Lou,. Simon . Knapen. , . Tongyan. Lin and Tom Melia. PhysRevLett.118.171801. a. Pb. Light Dark Matter 2017. *Disclaimer: Not Dark Matter! Sorry!. “Light”? “Dark”? . Outline:. Chemical Freeze-out. Kinetic Freeze-out. Summary. Bedanga. Mohanty. National Institute of Science Education and Research (NISER). 1/20. See also talks at - . Chemical FO – 28. th. June 2016 – Parallel sessions. Bedanga. Mohanty. NISER. (For STAR Collaboration). Based on STAR: . arXiv. : 1701.07065 . 01/20. Goals of Heavy-Ion Collision. Find out the phase structure of QCD phase . d. iagram . e. xperimentally. . Ralf Rapp. . Cyclotron Institute + . Dept of Phys & Astro. Texas A&M University. College Station, TX, USA. rapp@comp.tamu.edu. Physics Opportunities with . Quarkonia. at the EIC.